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Supplier: Bimba Manufacturing Company
Mead's Quick Exhaust Valves (QEV) increase cylinder rod speed by dumping exhaust air directly at the cylinder instead of back through the control valve. Use one QEV in each cylinder port to increase rod speed in both directions. Using a Quick Exhaust Valve to increase cycling speed allows a smaller, less expensive control valve to be used....
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Supplier: Bimba Manufacturing Company
Use Mead's Shuttle Valves to actuate a cylinder or valve from either of two air sources. Available for 1/8" and 1/4" tubing....
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Supplier: Bimba Manufacturing Company
Mead's Right-Angle Flow Control Valves provide fast, accurate control in a convenient, compact package. Designed specifically for controlling flow to pneumatic actuators, they come standard with push-in fittings, pre-applied Teflon based thread sealant, an adjustment depending on the type and convenient swivel feature for ease of tubing alignment. Both the RAF and RAF-K mount directly to your cylinder's ports. The RAF adjustment is a recessed screw driver slot....
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Supplier: Bimba Manufacturing Company
Use Mead's #20 die cast aluminum manifold to simplify piping and cut down on plumbing time. A 3/8" NPTF inlet port provides a common air source for up to eight 1/8 NPTF outlets....
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Supplier: Bimba Manufacturing Company
Mead's Impulse Relay Valves allow you to shift a double pressure piloted or double bleed piloted valve, even though there are overlapping pilot signals. Relay Valves convert a sustained air flow from a three-way pilot valve into a momentary pulse or bleed, which shifts a control valve and then closes....
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Supplier: Bimba Manufacturing Company
Mead's MHL Valves provide either 3-way pilot control (MHL-3) or 4-way directional control (MHL-4). To operate MHL valves, simply move the ball handle across the slot on the valve body. The handle rotates a precision-lapped disc to control the directional flow of air. The hardcoat anodized aluminum disc allows virtually effortless handle motion. The handle will hold in any position. Air exhausts through the disc and out to the atmosphere. Easy to Mount and Repair Base ......
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Supplier: Bimba Manufacturing Company
Mead's Stroke Completion Sensors (SCS) mount directly on cylinder ports to provide an air signal when rod motion stops.....even when the full stroke length is not used. Stroke Completion Sensors automatically adjust to variable strokes, replacing limit and reed switches in clamping, holding and sequencing tasks. Operation Sensors work by comparing supply pressure to exhaust pressure on both sides of the piston. Once the pressure drops on the exhaust side of the cylinder, the sensor will emit......
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Supplier: Bimba Manufacturing Company
Mead's Air to Electric Switches convert air signals into electrical signals....ideal for actuating solenoid power valves or other electric components. Switches may be wired normally closed or normally open. Options Actuator head model MPE-B may be easily mounted on any plunger-type-switch; operating range is 8 psi (minimum) to 100 psi (maximum) and is not adjustable to specific pressure. Switch models MPE-BZ and MPE-BZE are single pull double throw (SPDT), have a 15 amp capacity for normal, low re......
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Supplier: Bimba Manufacturing Company
Dyna-Coil Valves are used when you need to convert an electrical signal into a flow of air. 2-way models allow air to flow through the valve when energized. 3-way models allow air to flow through the valve when energized and exhaust when de-energized. Normally Closed/Normally Open Option Normally closed means inlet air is blocked until the valve is energized. Normally open means inlet air flows through the valve and is blocked when energized....
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Supplier: Bimba Manufacturing Company
Mead's USV-100 provides alternating outputs from a single input port. The valve has two outputs which are selected alternately by applying a pulsing, on-off air signal to the input port. USV-100 will not function properly with a sustained signal. Operation When pressure is applied to port 1, it flows through the valve to provide an output at port 2. When the pressure is released from port 1, the valve changes over so that when pressure is next applied at port 1, air flows out through p......
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